RG - 59 type transmission line has an open circuit impedance of \(150\left| \!{\underline {\,{50} \,}} \right. ^\circ\) Ω, and a short circuit impedance of \(37.5\left| \!{\underline {\,{-35} \,}} \right. ^\circ\) Ω. The value of characteristic impedance is given by:1. \(4\left| \!{\underline {\ { - 5} \,}} \right. ^\circ \Omega\)2. \(75\left| \!{\underline {\ { - 5} \,}} \right. ^\circ \Omega\)3. \(150\left| \!{\underline {\ { 25} \,}} \right. ^\circ \Omega\)4. \(37.5\left| \!{\underline {\ { - 35} \,}} \right. ^\circ \Omega\)

RG - 59 type transmission line has an open circuit impedance of \(150

1.	RG - 59 type transmission line has an open circuit impedance of \(150\left\| \!{\underline {\,{50} \,}} \right. ^\circ\) Ω, and a short circuit impedance of \(37.5\left\| \!{\underline {\,{-35} \,}} \right. ^\circ\) Ω. The value of characteristic impedance is given by:1. \(4\left\| \!{\underline {\ { - 5} \,}} \right. ^\circ \Omega\)2. \(75\left\| \!{\underline {\ { - 5} \,}} \right. ^\circ \Omega\)3. \(150\left\| \!{\underline {\ { 25} \,}} \right. ^\circ \Omega\)4. \(37.5\left\| \!{\underline {\ { - 35} \,}} \right. ^\circ \Omega\)
A.	1
B.	2
C.	3
D.	4
Answer» C. 3